6.3 mm Mono Jack Plug No name WTY0016 — Plastic Housing

6.3 mm mono (TS) jack plug WTY0016 with a plastic housing is a compact connector intended for single-channel audio connections. It provides a mechanical interface for repairing or assembling instrument cables, audio adapters and mono signal lines used with guitars, amplifiers, mixers and various consumer audio devices that require a standard 6.3 mm mono plug.

Advantages

The plastic housing offers lightweight insulation and protection for the connector while keeping production cost and overall weight low. The 6.3 mm mono (TS) format delivers a simple, reliable contact for unbalanced audio signals. Its compact design enables straightforward installation into replacement or custom cables and adapters, and the housing shields the soldered connections from casual handling and strain.

Suitable for

• Repairing instrument cables and mono audio leads
• Building custom audio adapters or patch cables
• Connecting guitars, keyboards and other mono output instruments to amplifiers or mixers
• Replacement plug for consumer audio devices that accept a 6.3 mm mono jack

Key specifications

• Connector type: 6.3 mm mono (TS) jack plug
• Housing material: plastic
• Signal type: unbalanced mono (tip = signal, sleeve = ground)
• Application: instrument and line-level mono audio connections
• Design: compact, solder-assembly terminals

How to use

Prepare the cable by stripping the outer jacket and separating the signal conductor from the ground. Tin the exposed wires if desired. Open or remove the plastic housing according to the plug’s assembly method, insert the cable so that the tip conductor aligns with the tip terminal and the ground conductor reaches the sleeve terminal, then solder or secure the conductors to their respective contacts. Reassemble the housing and verify continuity and correct polarity before regular use.

Usage recommendations

Use strain relief or heat-shrink tubing over the cable entry to reduce mechanical stress on the solder joints. Verify connections with a multimeter to ensure signal continuity and correct wiring. Avoid exposing the plastic housing to high temperatures or solvents that may deform the material.